FIREDRAKE '22: FIREDRAKE '22

A
Al Daas, Hussam	PCHPDDM for Domain Decomposition Preconditioners
Aznaran, Francis	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
B
Bauer, Werner	Compatible Subdivision Finite Elements for Simulations of Maxwell’s Eigenvalue Problem Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
Bendall, Thomas	Improving the accuracy of discretisations of the vector transport equation on the lowest-order HDiv elements Gusto: current status and future plans
Bendall, Tom	Moist shallow water equations with Gusto, using form manipulation labelling
Betteridge, Jack	Cleaning up distributed objects in managed languages and applications in extremely large scale simulations
Bleitner, Fabian	Two Dimensional Boussinesq Equations With Navier Slip Boundary Conditions On Curved Boundaries
Bokhove, Onno	Modeling extreme water waves with Firedrake
Bouziani, Nacime	External operators in Firedrake
Brubeck, Pablo	Solvers for the Riesz maps of the de Rham complex with optimal complexity in polynomial degree
C
Choi, Junho	Modeling extreme water waves with Firedrake
Cotter, Colin	Point Data in Firedrake Time-parallel algorithms in Gusto Parallel-in-time solutions to finite element problems with ParaDiag
D
Davies, Rhodri	G-ADOPT: a next generation computational modelling framework for geodynamics
Duvernay, Thomas	G-ADOPT: a next generation computational modelling framework for geodynamics
F
Farrell, Patrick	Cleaning up distributed objects in managed languages and applications in extremely large scale simulations Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow Firedrake-NETGEN Integration Initial thoughts on the implementation and algebra of finite elements Solvers for the Riesz maps of the de Rham complex with optimal complexity in polynomial degree
G
Ghelichkhan, Siavash	G-ADOPT: a next generation computational modelling framework for geodynamics
Gibson, Angus	G-ADOPT: a next generation computational modelling framework for geodynamics
Gregory, Thomas	A novel solver technique for anisotropic heat flux using AIR
H
Ham, David	G-ADOPT: a next generation computational modelling framework for geodynamics Cleaning up distributed objects in managed languages and applications in extremely large scale simulations Point Data in Firedrake Initial thoughts on the implementation and algebra of finite elements External operators in Firedrake
Ham, David	Scalable I/O for Firedrake and PETSc
Hapla, Vaclav	Scalable I/O for Firedrake and PETSc
Hartney, Nell	Moist shallow water equations with Gusto, using form manipulation labelling
Hope-Collins, Joshua	Parallel-in-time solutions to finite element problems with ParaDiag
J
Jamil, Omar	Time-parallel algorithms in Gusto
Jolivet, Pierre	PCHPDDM for Domain Decomposition Preconditioners
K
Kirby, Robert	Irksome: Automated Runge-Kutta methods
Knepley, Matthew G.	Scalable I/O for Firedrake and PETSc
Knook, Kars	Shifted HSS preconditioners for the indefinite Helmholtz equation
Korn, Peter	Numerical simulation of an idealized coupled ocean-atmosphere climate model
Kowalczyk, Karina	Compatible Finite Elements for terrain following meshes
Kramer, Stephan	G-ADOPT: a next generation computational modelling framework for geodynamics First steps for a 3d flexible, unstructured finite element ocean model for flow under ice shelf cavities
L
Li, Long	Towards compatible finite element discretizations of stochastic rotating shallow water equations in Firedrake
Lu, Yang	Modeling extreme water waves with Firedrake
M
Marsden, India	Initial thoughts on the implementation and algebra of finite elements
McGarry, Caitriona J.	Shape optimization with H^2 shape gradients
Mitchell, Lawrence	Scalable I/O for Firedrake and PETSc
Monroe, Charles	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
N
Nixon-Hill, Reuben	Point Data in Firedrake
P
Paganini, Alberto D. M.	Shape optimization with H^2 shape gradients
Piel, Robert	Compatible Subdivision Finite Elements for Simulations of Maxwell’s Eigenvalue Problem
Piggott, Matthew	First steps for a 3d flexible, unstructured finite element ocean model for flow under ice shelf cavities
S
Sagiyama, Koki	Scalable I/O for Firedrake and PETSc
Scott, Will	First steps for a 3d flexible, unstructured finite element ocean model for flow under ice shelf cavities
Shapero, Daniel	Algebraic topology for fun and profit Point Data in Firedrake
Sharma, Kamal	Numerical simulation of an idealized coupled ocean-atmosphere climate model
Shipton, Jemma	Time-parallel algorithms in Gusto
Shipton, Jemma	Moist shallow water equations with Gusto, using form manipulation labelling
Southworth, Ben	A novel solver technique for anisotropic heat flux using AIR
T
Tang, Xianzhu	A novel solver technique for anisotropic heat flux using AIR
V
Van-Brunt, Alexander	Finite element methods for the Stokes–Onsager–Stefan–Maxwell equations of multicomponent flow
Vasil, Geoff	Reflections on solving PDEs through the lens of symmetries
W
Ward, Connor	pyop3: A new domain-specific language for automating high-performance mesh-based simulation codes
Wimmer, Golo	Improving the accuracy of discretisations of the vector transport equation on the lowest-order HDiv elements A novel solver technique for anisotropic heat flux using AIR
Z
Zerbinati, Umberto	Firedrake-NETGEN Integration

Disclaimer | Powered by EasyChair Smart Program